i think i made a correlation between the riemann hypothesis, and entropy.
every system, when localized, can display a decrease in entropy, such as when a chemical reaction occurs and there is an increase in order/complexity to a compound due to recieving both energy and atoms.
The energy and atoms however come from other local systems whose entropy actually increased. the net result is an increase in entropy.
the perspective here is like a convergence to a point when you reflect the the convexity of a circle. now this is where i make my connection to the riemann hypothesis, but it's a bit hazy because it was due to an anon posting here.
the hypothesis is drawing a boundary for what i believe is this switch from local to global systems. am i out of my mind here? or can someone here extrapolate some semblance of relation based on this blur of buzzwords? i feel like i had a connection but im too stupid to really make it work. im sorry.
The zeta function models everything, see e.g. https://en.wikipedia.org/wiki/Zeta_function_universality
>physicist tries to do real math the thread
>>8905805
>i think i made a correlation
you didn't
Lrn2correlation
>>8905805
you don't seem to know shit about math so you didn't make any connection, sorry
>>8906025
physicists are typically pretty damn good at math and contribute much more to math than mathematicians do to physics. so its kind of a shit point (tho its definitely true at the undergrad/grad student level)
>>8908152
no. the typical physicist isn't be able to touch anything that requires beyond differential equations let alone contribute anything noteworthy to modern mathematics.
>>8908240
except dirac caused the growth of the theory of distributions through a function he conceived through the desire to model point charges.
>>8908240
Engineers maybe but not physicists
>>8908256
>major in math
>contribute to math
>contribute to theoretical physics
>example of a ''typical'' physicist
>>8908324
>majors in electrical engineering
>can't find job
>accept offer for math
>comes across physics
>enjoys it more and becomes famous
you're right